Cellular respiration produces water and carbon dioxide as its waste products. These are used in photosynthesis for the creation of energy.
Explanation:The waste products of cellular respiration include water and carbon dioxide. During this process, oxygen is used to metabolize, or break down, carbohydrates within the cytoplasm and mitochondria of a cell. The result of this process is the release of energy in the form of ATP, along with byproducts of water and carbon dioxide. This is a part of a larger biological cycle where these byproducts are then used in photosynthesis to create life-sustaining energy.
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The perception of color depends on the __________ of light an object reflects. A.function B.amplitude C.variation D.wavelength
Answer:
The perception of color depends on the Wavelength of light an object reflects.
Explanation:
The answer is D: Wavelength because the shorter or more compressed the waves are, the more the color will be darker or more concentrated if that makes sense.
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The wavelengths of visible light split into the rainbow's colors as it passes through a prism because each color has a unique wavelength. The electromagnetic spectrum is the collective term for all wavelengths. Thus, option D is correct.
What is impact of wavelength in color of light?The light waves that an object reflects determine its “color.” This is determined by the configuration of electrons in the atoms of that substance.
Which, in accordance with complex quantum principles, will absorb and remit photons of a certain energy.
Visible light has a spectrum, and this spectrum is what determines the color of the light.
The colors of light with the longest and shortest wavelengths are red and violet, respectively. The wavelengths of every other color of light are located in between.
Therefore, The perception of color depends on the wavelength of light an object reflects.
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Plants are photoautotrophs. what does this mean? plants are photoautotrophs. what does this mean? they generate oxygen. they are the primary consumers of the biosphere. they are attracted to light. they synthesize their own food from inorganic materials. they use light energy to drive the synthesis of organic molecules from inorganic materials.
Plants generate organic compounds from inorganic materials using light energy. The correct option is D.
Thus, plants are able to engage in photosynthesis. They transform carbon dioxide and water into glucose (a kind of organic molecule) and oxygen using light energy, often from the sun. Plants may create their own sustenance from inorganic materials thanks to a process carried out in the chloroplasts of plant cells.
The chemical processes that turn inorganic elements into organic molecules are propelled by the energy from sunshine, giving plants the nutrition and energy, they need to grow and develop. Because of this, plants are self-sufficient beings that can produce their own sustenance through photosynthesis.
Thus, the ideal selection is option D.
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why do you think the deer population in 1905 was 4,000 even though the carrying capacity was predicted to be 30,000
Listening for sounds within the body defines?
Listening for sounds within the body, known as auscultation, is commonly used in Biology to study internal sounds produced by organs. This technique involves using a stethoscope to listen for and diagnose medical conditions.
Explanation:Listening for sounds within the body is known as auscultation. This technique is commonly used in the field of Biology to study the sounds produced by organs and structures inside the body, such as the heart, lungs, and blood vessels.
Auscultation involves using a stethoscope to listen to these internal sounds. Healthcare professionals, such as doctors and nurses, use auscultation to diagnose and monitor various medical conditions.
Three SEO keywords: auscultation, internal sounds, stethoscope.
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What is the importance DNA in the human body
Why is the ability to use creativity an advantage when attempting to find answers to old problems?
How can pesticide use be harmful to human agriculture?
a.
The loss of beneficial microfauna can reduce soil productivity.
b.
Pesticides eliminate harmful insect pests.
c.
Pesticides target the elimination of beneficial soil microflora.
d.
The use of pesticides kills all soil microflora and microfauna.
Which statement describes the importance of the nitrogen cycle to living things check all that apply
Answers are: b) It help cells make protein ; c) It provides a form of usable nitrogen.
Nitrogen cycle is important for all living things as nitrogen is an important constituents of amino acids which makes protein, nucleic acids such as DNA and RNA, ATP and other compounds which are essential for life. During Nitrogen cycle, nitrogen is fixed into ammonia by bacteria. Ammonia is converted into nitrite and then to nitrate. Nitrate is the most usable form of nitrogen by plants. Animals feed on plants to get nitrogen. After death of plants and animals, they decomposed by bacteria and nitrogen is cycled back to atmosphere.
What factor is a characteristic of passive transport? It is an energy-rich process. It occurs without energy input. It requires ATP. It requires transport proteins
it occurs without energy input
A ___ emits light and a ___ reflects light.
a. planet, star
b. star, sun
c. moon, planet
d. star, planet
Final answer:
The correct answer is d. star, planet. A star emits light through nuclear fusion, while a planet reflects light from a star. When light from a star passes through interstellar gas or is reflected by dust, its spectrum shows absorption lines and intensity reductions.
Explanation:
A star emits light from its core due to nuclear fusion, while a planet reflects light from a star such as the Sun. Therefore, the correct answer to the fill-in-the-blank question 'A ___ emits light and a ___ reflects light' is d. star, planet.
When observing a star, if the light emission is unobstructed, an observer would see light directly from the star. However, if the light emission is obstructed by a cloud of hydrogen gas, the observations would differ in that some frequencies will be absorbed from the spectrum (option c), causing the observed light to have dark lines or bands where the gas has absorbed specific frequencies.
Discussing the spectrum of starlight reflected by dust compared to a star observed behind invisible interstellar gas, the spectra would show intensity reductions in light and possibly absorption lines due to the materials between the star and the observer.
The lensing effect of gravity on light, as observed by the Hubble Space Telescope, reveals that stars glow by nuclear fusion while planets, which do not have fusion, are typically seen by the light they reflect.
Using what you have learned about the structure and function of neurons, work with you partner to outline the order of events that get your desired result(s). how does information from the outside world cause a response from your body?19. include the terms listed below in your flow chart. you may wish to add additional items to show multiple responses of the body. o motor neuronso sensory neuronso association neuronso an eyeo a cockroacho a leg or an armo the brain or central nervous system
How might mike smith have benefited from personalized chemotherapy?
Mike Smith can be benefited by chemotherapy because the medication helps to increase the production of blood cells to replace the damaged ones. It also a type of treatment for cancer patients that uses agents like chemical to make or control diseases or even a mental disorder. This also stops or slow the growing cells of cancer cells that affect the health cells. And also he can be benefited by personalized chemotherapy because it is based on specific genetic profile of individual patients, it is replacing the traditional way of medicine. it is more likely customized.
Personalized cancer treatments or screening processes involves:
- Diagnose the type of cancer and select screening strategies to lower the risk of developing any further.
- Make sure the treatment matches the patient and cause less side effects
- Induce no recurrence of cancer
It can be said that in Mike’s case, the treatment suited his body and the side effects were lessening. Also, the treatment vanishes the chances of reoccurrence of cancer.
9. _______ is a force of attraction that occurs between objects due to their mass. A. Magnetism B. Weight C. Deposition D. Gravity
which zone of the ocean is also known as the midnight zone?
Explain two ways that the heart can overcome excessive vagal stimulation
The heart can overcome excessive vagal stimulation primarily through sympathetic stimulation and response to stimuli such as blood loss. The sympathetic stimulation, driven by the cardioaccelerator regions, stimulates the release of certain compounds that increase the metabolic rate and contraction force of the heart. In response to stimuli like blood loss, the heart rate increases and blood pressure rises, offsetting the excessive vagal stimulation.
Explanation:The heart, when facing excessive vagal stimulation, can counterbalance it primarily in two ways, which are centralized in the cardiovascular centers of the medulla oblongata.
First, sympathetic stimulation can overcome excessive vagal stimulation. The cardioaccelerator regions within the cardiovascular centers drive this sympathetic stimulation via the cardioaccelerator nerves. This stimulation has a stimulatory effect on the heart: it triggers the release of norepinephrine (NE) at the neuromuscular junction from the cardiac nerves and also encourages the adrenal cortex to secrete epinephrine and NE. These compounds bind to alpha and beta receptors on the cardiac muscle cell membrane, increasing the metabolic rate and the force of contraction, thereby escalating the stroke volume (SV) and heart rate (HR).
Secondly, in response to stimuli such as blood loss, baroreceptors trigger the cardiovascular centers to stimulate sympathetic responses to increase cardiac output and vasoconstriction. This mechanism prompts the heart rate to increase and consequently increases blood pressure, managing to override the excessive vagal (parasympathetic) stimulation.
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How would you microscopically distinguish a eudicot stem from a monocot stem?
Answer:
Eudicot stems are characterized by presence of pith, vascular cambium and arrangement of vascular bundles in ring.
Explanation:
A eudicot stem is microscopically distinguish from a monocot stem on the basis of following features:
1. Monocots stems are characterized by presence of scattered vascular bundles while the eudicot stem have the vascular bundles arranged in ring.
2. Monocot stems do not have pith and vascular cambium which are present in eudicot stem.
A patient who is pregnant has a history of recurrent genital herpesvirus (hsv). the patient asks the nurse what will be done to suppress an outbreak when she is near term. the nurse will tell the patient that:
The agents of metamorphism are _______.
a. uplifting and folding
b. foliation and deposition
c. contact and regional deformation
d. heat, pressure, and chemical fluids
e. slaty and platy cleavage
The agents of metamorphism are heat, pressure, and chemical fluids. Hence, option (d) is correct.
What is metamorphism?The process of metamorphism involves changing the protolith, an existing rock, into a new rock with a different mineral composition or texture. The rock remains essentially solid throughout the metamorphism process, which happens at temperatures between 150°C and 200 °C (300°F and 400 °F), as well as frequently at high pressures or in the presence of chemically active fluids. Weathering and diagenesis, which are changes that occur at or near the Earth's surface, are not the same as metamorphism.
Metamorphism can take many different forms, such as regional, contact, hydrothermal, shock, and dynamic metamorphism. The typical temperatures, pressures, and rates at which they occur, as well as the degree to which reactive fluids are involved, vary between these. Prograde metamorphism is that which occurs under conditions of rising pressure and temperature.
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which substance is the most acidic? sodium hydroxide, tomato juice, lemon juice or water?
I believe it is Lemon juice. It has a lot of acid in it.
Which brain study technique is not correctly matched with a limitation?
The retina of the eye bends light rays and focuses them. True or False?
True .sorry if wrong
Herbicides are being used to kill weeds in a nearby field. The plants absorb the herbicides from the soil. Which organelle in the plant will most likely store the absorbed herbicide waste?
Vacuole organelle in the plant will most likely store the absorbed herbicide waste.
The process that facilitates herbicide uptake is simple diffusion. When the spray lands on the leaf surface it places a high concentration of chemicals on the leaf surface and no herbicides inside the leaf. Some are channeled, and others are considered contact herbicides that do not migrate much from the absorption site.
Herbicides tend to act fairly quickly. Translocated herbicides migrate through the xylem or phloem. Herbicides must have damaged the cell walls, as they are responsible for supporting and maintaining cell integrity. Herbicides are specifically designed to minimize plant diversity by controlling weeds and promoting monocultures, thus indirectly reducing the abundance and diversity of associated soil organisms. Not only can it reduce the natural input of soil organic matter.
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An air mass that formed over land is going to bring _______ weather.
Actually its dry weather.
Assume that a recessive allele (f) is associated with a severe language disorder. An unaffected male wants to determine the genotypes of his wife, his parents, and himself. His mother has the language disorder. Neither he nor his wife has the language disorder, but one of their five children does. What is the genotype for each individual?
When assessing an older adult client, the nurse recognizes the client has a significant hearing loss. the most appropriate intervention by the nurse is to
a. shout into the client's good ear.
b. repeat words the client doesn't understand.
c. introduce herself first.
d. check the hearing aid batteries?
What type of confined space has the normal hazards presented by a confined space plus additional hazards?
A.
Permit-required
B.
Hazard
C.
Characteristic
Which of the following is an example of maintaining homeostasis? Learning Jumping Shivering Smiling
Answer:
Option). shivering.
Explanation:
Homeostasis can be defined as maintaining the steady state of chemical and physical conditions by living organisms. Shivering is one way to achieve homeostasis as it maintains internal body temperature.
The average internal human body temperature is 98.6 F. A drop in body temperature is detected by nervous system that triggers muscle contraction to start shivering. Shivering increases body temperature by producing heat and restores homeostasis.
Thus, the correct answer is option). 'shivering.'
Which sentence uses parentheses correctly?
A) Believe it or not) our football team hasn't won a game in over twenty years.
B) (To be honest) I don't think that Cami is a person who can be trusted with secrets.
C) The apartment (which hadn't been lived in for a full year) was filled with trash and debris.
D) Dr. Long (who never taught in a classroom for more than two years isn't really prepared to be a principal.
Answer:i think the anwser is c
Explanation:
Neurofibromatosis, a genetic disease caused by mutation on the NF1 gene, follows an autosomal dominant pattern of inheritance. The diagram shows that the father carries two copies of the defective gene and the mother is unaffected. What percentage of offspring will have neurofibromatosis?
Affected: RR Normal: rr
A: 0%
B: 25%
C: 50%
D: 100%
Answer:
100% is the correct answer
Explanation:
Which of the following shows the evolutionary relationships between organisms?
Answer:
The answer is A. Branching tree diagram. Organisms start at a small level. Then evolves to a branching tree. I took the test and got it right. Have a great day.
Explanation:
The following shows the evolutionary relationships between organisms: A phylogenetic tree shows the evolutionary relationships between organisms; this is option A.
What is a phylogenetic tree?Phylogenetic trees are a way of illustrating the evolutionary relationships between different organisms or groups of organisms. The tree represents the pattern of branching of different species, indicating their evolutionary relatedness. Each branching point on the tree represents a point at which two species diverged from a common ancestor, with the length of the branches indicating the amount of evolutionary time that has passed since that divergence. Phylogenetic trees can be constructed based on different types of data, such as genetic or morphological traits. DNA sequences are often used to construct phylogenetic trees, as they provide a record of the evolutionary history of different organisms.
Hence, the following shows the evolutionary relationships between organisms: A phylogenetic tree shows the evolutionary relationships between organisms; this is option A.
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complete question is below
Which of the following shows the evolutionary relationships between organisms?
A)phylogenetic tree
B)climax community